Hello world

From PuddleNet

Contents 1 Live parsing 2 Encodings 2.1 XML 2.2 Compact 2.3 Binary 2.4 UTF-8

[edit] Live parsing

Hello world. consists of 2 signs and one punctuation. As sign language data, Hello world can be encoded as 21 characters.

0080 1ce0 f8d4 f8ec 8746 f8ea f8fe 0080 32ea f89e f914 32e1 f897 f8fb 5ec0 f8b1 f901 b3b4 f8a9 f8e5 ec20

• Analyze the data in BSW
• Analyze the data in UTF-8

[edit] Encodings

4 flavors of the same data for Hello world

[edit] XML

<sign lane="0">

<sym x="85" y="109">01-05-001-01-03-01</sym>

<sym x="107" y="127">02-05-006-01-01-07</sym>

</sign>

<sign lane="0">

<sym x="31" y="149">01-06-002-01-01-11</sym>

<sym x="24" y="124">01-06-002-01-01-02</sym>

<sym x="50" y="130">02-01-001-01-01-01</sym>

<sym x="42" y="102">02-10-003-01-04-05</sym>

</sign>

<punc>06-01-001-02-01-01</punc>

This is verbose and requires 357 bytes to store.

[edit] Compact

7392,85,109,34630,107,127
13034,31,149,13025,24,124,24256,50,130,46004,42,102
60448

The compact is a smaller representation of the same data and requires 84 bytes to store.

[edit] Binary

00801ce0f8d4f8ec8746f8eaf8fe 008032eaf89ef91432e1f897f8fb5ec0f8b1f901b3b4f8a9f8e5 ec20

Binary SignWriting uses 2 byte character codes from the x-iswa-2008 coded character set to represent the same data. This requires 42 bytes to store.

[edit] UTF-8

%ED%A3%80%ED%B2%80%ED%A3%87%ED%B3%A0%ED%A3%BE%ED%B3%94%ED%A3%BE%ED%B3%AC%ED%A3%A1%ED%BD%86%ED%A3%BE%ED%B3%AA%ED%A3%BE%ED%B3%BE%ED%A3%80%ED%B2%80%ED%A3%8C%ED%BB%AA%ED%A3%BE%ED%B2%9E%ED%A3%BE%ED%B4%94%ED%A3%8C%ED%BB%A1%ED%A3%BE%ED%B2%97%ED%A3%BE%ED%B3%BB%ED%A3%97%ED%BB%80%ED%A3%BE%ED%B2%B1%ED%A3%BE%ED%B4%81%ED%A3%AC%ED%BE%B4%ED%A3%BE%ED%B2%A9%ED%A3%BE%ED%B3%A5%ED%A3%BB%ED%B0%A0

UTF-8 is an encoding for Unicode that uses a string of single byte character codes. The UTF-8 characters above require 4 bytes per character, the same as BSW. Unfortunately, the UTF-8 string requires a tripling of the size to 12 bytes per character when encoded for the URL. The number 127 becomes BSW character "0080", while the UTF-8 becomes "%ED%A3%80%ED".

---

Sign Language Data

Language	Script	Alphabet	User interface	Rendering	Model
spatial written varied	symbol cluster center column lane sort search	name order hierarchy group base palette extension	style palette canvas cursor transformation sequence text	glyph glyphogram strip page	requirements use cases repertoire character encoding